def __addPawnsToFieldIfField(self, field, pawns: Pawns, quantity: int):
if not field:
return
for i in range(quantity):
pawn = pawns.getPawnOutOfBoard()
if pawn:
field.addPawn(pawn)
def setPawnsAtStartPositions(self, pawns: Pawns, player: Player):
playerPawns = pawns.getPawnsForPlayer(player)
for i in range(24):
id = i + 1 if player.direction == 1 else 24 - i
self.__addPawnsOnField(id, i, playerPawns, 1, 2)
self.__addPawnsOnField(id, i, playerPawns, 12, 5)
self.__addPawnsOnField(id, i, playerPawns, 17, 3)
self.__addPawnsOnField(id, i, playerPawns, 19, 5)
class Field():
id = None
pawns = None
def __init__(self, id):
self.id = id
self.pawns = Pawns()
def addPawn(self, pawn: Pawn):
pawn.fieldId = self.id
self.pawns.append(pawn)
def getPawnOnTop(self):
return self.pawns.getLastPawnInList()
def removePawnFromTop(self):
self.pawns.pop()
def accepts(self, pawn: Pawn) -> bool:
color = GET_OPPOSITE_COLOR(pawn.color)
return 2 > self.pawns.countPawnsInColor(color)
def hasOnePawnToBeat(self, pawn: Pawn) -> bool:
color = GET_OPPOSITE_COLOR(pawn.color)
return self.pawns.countPawnsInColor(color) == 1
def createInInitialState(self):
self.dices = Dices()
self.pawns = Pawns.createInitial()
self.players = [Player.createWhitePlayer(), Player.createBlackPlayer()]
self.fields = Fields()
self.turn = self.players[0]
self.winner = None
self.moves = Moves()
self.moveCountPerPlayer = 0
self.fields.setInitialState()
for player in self.players:
self.fields.setPawnsAtStartPositions(self.pawns, player)
player.pawns = self.pawns.getPawnsForPlayer(player)
self.dices.roll()
self.getMoves()
def getPawnsFromBar(self):
pawns = Pawns()
for pawn in self.pawns:
if pawn.fieldId in (0, 25):
pawns.append(pawn)
return pawns
def __init__(self, direction, color, home):
self.direction = direction
self.color = color
self.home = home
self.pawns = Pawns()
self.bar = 0 if direction == 1 else 25
def getFieldsByPawns(self, pawns: Pawns):
ids = pawns.getFieldIds()
return self.getFieldsByIds(ids)
def __init__(self, id):
self.id = id
self.pawns = Pawns()